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Carbon and nitrogen data measured on suspended particulate organic matter (SP...
SPOM samples were collected by filtering water from various water depths through filters on the vessel immediately following station completion. -
Carbon and nitrogen data measured on suspended particulate organic matter (SP...
SPOM samples were collected by filtering water from various water depths through filters on the vessel immediately following station completion. -
Carbon and nitrogen data measured on water samples from the multiple unit lar...
For MULVFS data, the QMA filters were first sub-sampled with a punch, and a small section of known size was cut from each of the sub-samples. -
Carbon and nitrogen data measured on water samples from the multiple unit lar...
For MULVFS data, the QMA filters were first sub-sampled with a punch, and a small section of known size was cut from each of the sub-samples. -
Carbon and nitrogen data measured on water samples from the multiple unit lar...
For MULVFS data, the QMA filters were first sub-sampled with a punch, and a small section of known size was cut from each of the sub-samples. -
Carbon and nitrogen data measured on water samples from the multiple unit lar...
For MULVFS data, the QMA filters were first sub-sampled with a punch, and a small section of known size was cut from each of the sub-samples. -
POC measured on water bottle samples during John P. Tully cruise IOS_97-02
This dataset has no description
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POC measured on water bottle samples during John P. Tully cruise IOS_96-18
This dataset has no description
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POC measured on water bottle samples during John P. Tully cruise IOS_96-09
This dataset has no description
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Physical oceanography during John P. Tully cruise IOS-97-02
c=beamc-adjc, 1-m pathlength SeaTech transmissometer at 660 nm data are reproducible to better than 0.001 in deep water. Clear water value for c is 0.364. -
Physical oceanography during John P. Tully cruise IOS-96-18
c=beamc-adjc, 1-m pathlength SeaTech transmissometer at 660 nm data are reproducible to better than 0.001 in deep water. Clear water value for c is 0.364. -
Physical oceanography during John P. Tully cruise IOS-96-09
c=beamc-adjc, 1-m pathlength SeaTech transmissometer at 660 nm data are reproducible to better than 0.001 in deep water. Clear water value for c is 0.364. -
Physical oceanography during John P. Tully cruise IOS-96-01
c=beamc-adjc, 1-m pathlength SeaTech transmissometer at 660 nm data are reproducible to better than 0.001 in deep water. Clear water value for c is 0.364.
